The study of the interplay between topological states and correlated states such as charge density waves (CDW) requires a thorough understanding of their electronic structure. In this work, the authors resolve the fully CDW reconstructed electronic structure of TaTe4, a candidate topological material, using a combined theoretical and experimental approach based on magnetotransport measurements, which also reveal the existence of large magnetic breakdown orbits and linear magnetoresistance.
- D. Silvera-Vega
- J. Rojas-Castillo
- P. Giraldo-Gallo
